Rivian CEO RJ Scaringe on Why Robotics is Failing and How to Fix It
Rivian founder and CEO RJ Scaringe isn't just revolutionizing the electric vehicle (EV) market; he's quietly building a portfolio of companies tackling fundamental challenges in technology. Beyond the buzz surrounding Rivian’s electric trucks and the R2 SUV, and the micromobility startup Also, Scaringe is now deeply invested in robotics with his new venture, Mind Robotics. This isn't a side project; it's a strategic response to what he sees as a critical failure in the current robotics landscape. This article dives deep into Scaringe’s vision, the $615 million Mind Robotics has secured, and his radical approach to building robots that actually work in the real world, particularly within manufacturing.
Rivian's Evolution: From EVs to a Robotics Ecosystem
Rivian burst onto the scene in 2018 with the R1T, an electric truck boasting the now-iconic gear tunnel. The company is on the cusp of launching the R2, a mid-sized SUV poised to be a game-changer. Scaringe reveals the R2 will be significantly more affordable to produce – “roughly half” the cost of the R1 – while offering comparable, and in some ways, superior technology. Starting at $57,990, it represents a 20% price reduction compared to the base R1T pickup. This focus on cost-effectiveness and innovation extends beyond automobiles.
Also, the electric bike and cargo quad startup spun out of Rivian, demonstrates Scaringe’s commitment to modular and sustainable transportation. Rivian maintains a minority stake in Also, which launched its first products last October. However, Scaringe’s ambitions don’t stop there. He believes the next frontier lies in intelligent robotics, leading to the creation of Mind Robotics.
Mind Robotics: A $2 Billion Bet on the Future of Automation
Unlike Also, which originated within Rivian, Mind Robotics is a completely independent company founded by Scaringe. It recently secured a $500 million Series A funding round, co-led by Accel and Andreessen Horowitz, bringing its total funding to $615 million and valuing the company at approximately $2 billion. I had the opportunity to speak with Scaringe at South by Southwest (SXSW), where his company was a primary sponsor, to understand the driving force behind this new venture.
Why Another Company? Scaringe's Serial Entrepreneurship
“Three companies? (pause) Probably,” Scaringe chuckled when asked about his penchant for spinning off new ventures. He emphasized the positive synergy between these brands, particularly the co-existence of Rivian and Also. However, Mind Robotics represents a different level of ambition. “Mind is something I’ve been working on for a while. Also was unique because it was built within Rivian, and that we spun it out. Mind… I started a whole new company, Rivian’s like a partner in it. I’m wildly bullish on it. It really benefits Rivian, but I think it has the potential to be a very large business, just given the scale of what’s happening.”
The Genesis of Mind Robotics: Solving Rivian's Manufacturing Challenges
The seeds of Mind Robotics were sown during the development of the R2. Scaringe realized that achieving the anticipated production volume would necessitate significant investment in manufacturing facilities. “If we’re confident in R2 that means we think there’s gonna be a lot of volume. If we think there’s gonna be a lot of volume, it means we think we’re going to need a lot of plants [factories]. And so effectively, I said, ‘Boy, if we’re gonna have to build four or five plants over the next decade, that means we’re going to spend many, many billion dollars in capex. What are these plants going to look like? And we don’t want to build a bunch of plants and then have them immediately be outdated.’”
This led to a comprehensive study of the future of manufacturing, culminating in the conclusion that while traditional industrial robotics would continue to play a role, robots with human-like skills would be essential. Scaringe extensively researched existing robotics companies, identifying a critical gap in the market.
The Two Categories of Robotics Companies – and Their Shortcomings
Scaringe categorizes robotics companies into two main groups:
- Existing Industrial Robotics Companies: These companies excel at established tasks but lack the adaptability required for complex, human-like operations.
- Startups: A new wave of startups, surprisingly, are largely focused on domestic applications – folding laundry, washing dishes – with a smaller subset targeting industrial use.
“We just came to the view that the ingredients to be successful, none of them had all of those ingredients,” Scaringe explained. “I felt I could build a better company. I’m not going to build Rivian’s future manufacturing dependency on companies that have never industrialized a product or understanding or have really spent time understanding industrial operations, or that don’t have a data flywheel for training models, or that don’t have supply chains because all those companies, we would need to go help them learn how to be a real company.”
From Project Synapse to Mind Robotics: A Focus on Industrial Applications
The company initially went by the codename “Project Synapse,” a nod to the brain and neural connections. “A lot of reasons,” Scaringe said when asked about the original name. “The name of the company Mind, it sort of links to synapse and links to the brain. Like firing and misfiring. Ha, yeah exactly. And it was both because of the brain link. And then at the time, my kids were in a school called Synapse, and I was inspired by my kids and thinking about the business, so I linked them. I actually almost called the company Synapse, but it’s just too funny of a word; I wanted something simpler.”
Mind Robotics’ board includes Scaringe, Jiten Behl of Eclipse, Sameer from Accel, and a representative from Rivian. The company’s structure is designed for agility and rapid innovation.
Beyond Boston Dynamics: A Different Approach to Humanoid Robotics
When asked about comparisons to companies like Boston Dynamics and their Atlas humanoid robot, Scaringe emphasized Mind Robotics’ holistic approach. “We’re building the models as well. We’re building the models, the robotics, and the infrastructure to deploy at scale.”
He critiques the current trend of mimicking human biomechanics in robotics, arguing that it introduces unnecessary complexity. “I think what’s missed in industrial [robotics] and this is one of the things we really see clearly, is the work happens with the hands. So, the hands are very, very important. Everything else, from a robotic system point of view, is to get the hands to the right place. And so the ability for the robots to do really complex motions, like, let’s say, like a back flip that’s actually just means the robot has a lot of unnecessary complexity in it for the vast majority of tasks.”
The Importance of Hands and Torque Amplification
Scaringe believes the focus should be on developing highly capable robotic hands. “If you were to go into a Rivian facility, you will see very few people that have the type of flexibility that would enable them to do a back flip. And so it’s just when you think about deploying at scale, you want to minimize the complexity, minimize the number of failure modes, reduce power consumption.”
He highlights the need for specialized hands tailored to specific industrial tasks. “If you’re picking up a large four-inch diameter steel pipe, it’s a different gripping solution than threading an M4 fastener into an aluminum casting. It’s just very different skills and very different levels of dexterity.”
Modularity and the Operational Design Domain (ODD)
Scaringe draws parallels to the modularity principles employed in Also, suggesting a similar approach will be adopted in Mind Robotics. He emphasizes the importance of understanding the Operational Design Domain (ODD) – the specific conditions in which the robot will operate.
“But like all these use cases that say we’re gonna do everything a human does. it’s a different ODD and therefore it’s gonna lead to a different form factor than if you said, I’m just gonna be focused on being a manufacturer. And actually [in an industrial factory] you don’t have to deal with stairs, you don’t have carpet to tile transitions, you don’t have to worry about tripping on a cat. You don’t have to worry about stepping on a kid. So you just have much more friendly constraints for deployment at scale. And you can map the environment, and the environment doesn’t change, right?”
User Interface and Approachability
Scaringe acknowledges the importance of a user-friendly interface, particularly for robots working alongside humans. “It needs to feel friendly, because it’s gonna work a long time with humans. But it doesn’t want to feel dopey and end up with a kick me sticker on its back.” He also critiques the trend of designing robots with overly aggressive, “Terminator-like” aesthetics, advocating for a more approachable and less intimidating design.
Rivian's Design Philosophy: Capability Without Intimidation
Scaringe connects Mind Robotics’ design philosophy to Rivian’s own approach. “If you were to ask somebody in 2018 what a 1,000 horsepower truck looks like, and you squinted, you wouldn’t think of an R1 [truck]. And so, I think the idea is you can have all this capability, but it doesn’t have to look intimidating or scary. It can be friendly — it’s a design belief and aesthetic that will carry into robotics as well.”
RJ Scaringe’s vision for Mind Robotics isn’t just about building robots; it’s about fundamentally rethinking how automation is approached in industrial settings. By focusing on practical applications, specialized capabilities, and a user-centric design, he aims to overcome the limitations of existing robotics solutions and unlock a new era of manufacturing efficiency and innovation. The $2 billion bet on Mind Robotics signals a serious commitment to this vision, and the industry will be watching closely to see if Scaringe can once again disrupt the status quo.